Sentence examples for arbitrarily analyzed from inspiring English sources

Therefore, we arbitrarily analyzed the metabolic syndrome according to GADA positivity in those with a GADA titer of >200 or <200 WHO IU and found that it was similar in LADA patients with high (>200 IU) (n = 39) and low (70 200 IU) (n = 78) GADA titers (47.3 and 40.3%, respectively) even after correction for age, sex, duration of disease, and ethnicity (P = 0.37, 95% CI 0.29 1.6).

However, these methods offer solutions only in the semi-honest model where each party is obliged to follow the protocol but can arbitrarily analyze the knowledge that it learns during the execution of the protocol to obtain some additional information.

ImageJ 1.42 image software and band densitometry was analyzed by arbitrarily drawing a rectangular box around the selected protein bands of interest.

The expression level of five arbitrarily selected miRNAs was analyzed by quantitative PCR, and the results indicated that the expression patterns were consistent with the Solexa sequencing results.

However, the results obtained in our two studies are not comparable since patients were analyzed after arbitrarily grouping them in different manners.

After preparation of all Cpn PCR products for Gateway® cloning, a set of 300 arbitrarily chosen samples were analyzed by gel electrophoresis.

Low expression did in fact imply an increase in the risk of PSA failure, which became statistically significant when the Gleason score was analyzed by arbitrarily grouping patients with a score >7 with those showing a score equal to 7. Multivariate analysis also confirmed that stromal IRS did not predict the risk of PSA failure, regardless of which Gleason score variable was used.

Given high-performance computing resources, then, Galaxy and our pipelines can analyze arbitrarily large tumor sequence data sets.

In this example, we will use a signal chosen arbitrarily from the set of analyzed signals (see "Experimental results'' Section).

The interface behavior of a thin-film adhering to an elastic half-plane with an arbitrarily graded transition layer is analyzed by a linearly unified model when the interface between the thin-film and the graded layer is subjected to a mismatch strain.

Consequently, arbitrarily many datasets can be jointly analyzed without the need to take care of appropriate scaling or normalization.